Chapter 12 List of Machine Language Instructions
246 List of Machine Language Instructions
Conditional BRANCH for LOOP
Mnemonic
Meaning
Description of operation
LEQ
=
ZF=1
If ZF = 1, branch to the top of the loop as specified with SETLB.
If ZF = 0, execute next instruction.
LNE
=
ZF=0
If ZF = 0, branch to the top of the loop as specified with SETLB.
If ZF = 1, execute next instruction.
LGT
< (signed)
If ZF = 0 and NF = VF, branch to the top of the loop as specified with
SETLB.
If ZF = 1 or NF != VF, execute next instruction.
LGE
< (signed)
If NF = VF, branch to the top of the loop as specified with SETLB.
If NF != VF, execute next instruction.
LLE
> (signed)
If CF = 1 or ZF = 1, branch to the top of the loop as specified with
SETLB.
IUf CF = 0 and ZF = 0, execute next instruction.
LLT
> (signed)
If NF = 1 and VF = 1 or NF = 0 and VF = 0, branch to the top of the loop
as specified with SETLB.
If NF = 1 and VF = 0 or NF = 0 and VF = 1, execute next instruction.
LHI
< (unsigned)
If CF = 0 and ZF = 0, branch to the top of the loop as specified with
SETLB.
If CF = 1 or ZF = 1, execute next instruction.
LCC
< (unsigned)
CF=0
If CF = 0, branch to the top of the loop as specified with SETLB.
If CF = 1, execute next instruction.
LLS
> (unsigned)
If CF = 1 or ZF = 1, branch to the top of the loop as specified with
SETLB.
If CF = 0 and ZF = 0, execute next instruction.
LCS
< (unsigned)
CF=1
If CF = 1, branch to the top of the loop as specified with SETLB.
If CF = 0, execute next instruction.
LRA
1
Unconditionally branch to the top of the loop as specified with SETLB.
Mnemonic
Description of operation
SETLB
Store the four bytes following the SETLB and the address of the fifth
byte in the Loop Instruction Register (LIR) and the Instruction Fetch
Address Register (LSR), respectively.
Содержание PanaXSeries MN1030 Series
Страница 1: ...MICROCOMPUTER MN1030 MN1030 Series Cross Assembler User s Manual Pub No 13110 120E ...
Страница 2: ......
Страница 13: ...1 Chapter 1 Getting Started ...
Страница 25: ...2 Chapter 2 Program Development Flow ...
Страница 32: ...Chapter 2 Program Development Flow 20 Programming with Assembler ...
Страница 33: ...3 Chapter 3 Introduction to Operation ...
Страница 54: ...Chapter 3 Introduction to Operation 42 Conditional Assembly and Linking ...
Страница 55: ...4 Chapter 4 Optimization ...
Страница 71: ...5 Chapter 5 Using Assembler ...
Страница 95: ...6 Chapter 6 Using Linker ...
Страница 128: ...Chapter 6 Using Linker 116 Instruction RAM Support ...
Страница 129: ...7 Chapter 7 Types of Source Statements ...
Страница 138: ...Chapter 7 Type of Source Statements 126 Blank Statements ...
Страница 139: ...8 Chapter 8 Writing Source Statements ...
Страница 157: ...9 Chapter 9 Writing Machine Language Instruction Statements and Directive Statements ...
Страница 192: ...Chapter 9 Writing Machine Language Instructions and Directive Statements 180 Writing Directive Statements ...
Страница 193: ...10 Chapter 10 Writing Assembler Control Statements ...
Страница 217: ...11 Chapter 11 Writing Macro Control Statements ...
Страница 236: ...Chapter 11 Writing Macro Control Statements 224 irpc ...
Страница 237: ...12 Chapter 12 List of Machine Language Instructions ...
Страница 261: ...13 Chapter 13 Error Messages ...
Страница 276: ...Chapter 13 Error Messages 264 Linker Errors ...
Страница 277: ...14 Chapter 14 Readinig List Files ...
Страница 285: ...15 Chapter 15 Using Library Manager ...
Страница 309: ...16 Chapter 16 Notes on Operating Environment ...
Страница 321: ...17 Chapter 17 Appendix ...
Страница 338: ... 4 Index ...